Diploma in APQP/PPAP Aerospace and Supplier Control
About us Diploma in APQP/PPAP Aerospace and Supplier Control
The Aerospace APQP/PPAP and Supplier Control Diploma focuses on the rigorous application of APQP (Advanced Product Quality Planning) and PPAP (Production Part Approval Process) methodologies in the aerospace sector, along with comprehensive supplier control. It emphasizes developing skills in quality planning, production part approval, and efficient supply chain management, aligned with industry standards such as AS9100. The program addresses the implementation of tools and techniques to ensure compliance and traceability in the manufacturing of aerospace components. The diploma program offers solid training in supplier auditing, risk management, and continuous improvement, using data analysis and statistical tools to optimize processes and ensure the quality of the final product. Participants will develop skills in change management, problem-solving, and effective communication with suppliers, preparing them to face the specific challenges of the aerospace industry and meet safety and reliability requirements. Documentation and regulatory compliance are addressed.
Target keywords (natural occurrences in the text): APQP, PPAP, supplier control, quality management, aerospace industry, supplier audit, AS9100, quality planning, parts approval, continuous improvement.
Diploma in APQP/PPAP Aerospace and Supplier Control
- Format:
- Duration:
- Hours: 900 H
- Language:
- Credits:
- Registration date: 08-09-2026
- Strat date: 19-10-2026
- Available places: 11
999 $
Competencies and results
What you will learn
Who this program is for:
Diploma in APQP/PPAP Aerospace and Supplier Control
9.9 Aerospace APQP/PPAP Fundamentals: Scope and Objectives
9.9 Aerospace Regulatory Framework: Key Standards and Regulations
9.3 Supplier Management: Selection and Initial Evaluation
9.4 Supplier Documentation and Control: Initial Requirements
9.5 Supply Chain Risk Assessment
9.6 Supplier Management Tools and Techniques
9.7 Supplier Development: Continuous Improvement and Training
9.8 Supplier Audits: Planning and Execution
9.9 Regulatory Compliance
9.90 Case Studies: Best Practices in Supplier Management
9.9 Advanced APQP Project Planning
9.9 Product Design and Development: Phases and Activities
9.3 Process Design and Development: Creation and Validation 9.4 Design Control: Design Verification and Validation.
9.5 Failure Mode and Effects Analysis (FMEA).
9.6 Control Plan: Development and Implementation.
9.7 PPAP: Presentation and Approval of Production Parts.
9.8 Planning Tools: Flowcharts and Schedules.
9.9 Performance Metrics and Project Monitoring.
9.90 Case Studies: Application of APQP/PPAP in Real-World Projects.
3.9 Risk Management Strategies in APQP/PPAP.
3.9 Process Optimization Techniques.
3.3 Advanced Statistical Process Control (SPC).
3.4 Six Sigma Methodology and APQP/PPAP.
3.5 Integration of APQP/PPAP with Lean Manufacturing. 3.6 Supplier Communication Strategies
3.7 Supplier Contract Negotiation and Management
3.8 Data Analysis Tools for Continuous Improvement
3.9 Change Management and Configuration Control
3.90 Case Studies: Implementation of Advanced Strategies
4.9 Step-by-Step Implementation of APQP/PPAP
4.9 Documentation Development: Guides, Manuals, and Procedures
4.3 Conformity Management: Requirements and Criteria
4.4 Nonconformity Control and Corrective Actions
4.5 Production Process Validation
4.6 PPAP Review and Approval: Criteria and Requirements
4.7 Change Management: Processes and Control
4.8 Data Analysis and Continuous Improvement
4.9 Internal Audits: Planning and Execution 4.90 Case Studies: Successful Implementation
5.9 Supplier Selection Optimization
5.9 Supplier Evaluation and Qualification
5.3 Strategic Supplier Development
5.4 Supplier Performance Monitoring
5.5 Supply Chain Management
5.6 Negotiation and Contracting Techniques
5.7 Data Analysis Tools for Optimization
5.8 Supplier Management System Implementation
5.9 Continuous Improvement in Supplier Relationships
5.90 Case Studies: Effective Optimization
6.9 Comprehensive APQP/PPAP Planning
6.9 Product and Process Design and Development
6.3 Design Control and Validation
6.4 Advanced Failure Mode and Effects Analysis (FMEA)
6.5 Development of the Detailed Control Plan.
6.6 PPAP: Presentation and Approval.
6.7 Change Management and Configuration Control.
6.8 Quality Assurance: Inspection and Testing.
6.9 Integration of Quality Management Systems.
6.90 Case Studies: Comprehensive Implementation.
7.9 Product Quality Planning (APQP) Excellence.
7.9 Advanced Design and Development Control.
7.3 Optimization of Manufacturing Processes.
7.4 Supply Chain Management for Excellence.
7.5 Continuous Improvement Tools: Lean, Six Sigma.
7.6 Risk Analysis and Mitigation.
7.7 Statistical Process Control (SPC) and Capabilities.
7.8 Validation of the Production Process and PPAP. 7.9 Process and Quality Management System Audits
7.90 Case Studies: Excellence in Action
8.9 Fundamentals of Aerospace Quality Control
8.9 Implementing APQP/PPAP in the Aerospace Sector
8.3 Supplier Management and its Impact on Quality
8.4 Inspection and Testing of Aerospace Components
8.5 Nonconformity Management and Corrective Actions
8.6 Documentation and Record Control
8.7 Quality and Management System Audits
8.8 Data Analysis and Continuous Improvement
8.9 Regulatory Compliance and Aerospace Standards
8.90 Case Studies: Quality Control and Suppliers
9.9 Audit Planning: Types and Frequency 9.9 Conducting Audits: Methodology and Techniques
9.3 Audit Reports: Findings and Recommendations
9.4 Corrective and Preventive Actions: Implementation and Follow-up
9.5 Management Review: Results Analysis
9.6 Tools for Continuous Improvement: PDCA, DMAIC
9.7 Key Performance Indicators (KPIs) for Quality
9.8 Quality Management Systems: ISO 9009, AS9900
9.9 Continuous Improvement in the Supply Chain
9.90 Case Studies: Auditing and Continuous Improvement
Capstone-type projects
Admissions, fees and scholarships
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